Joseph G. Gleeson

#UCSD Neurogeneticist studying origins and treatments of pediatric brain disease. CMO of #NLorem, and Neuroscience Director at #RCIGM

[nature @Nature]

Nature research paper: Cortical development dynamics across autism spectrum disorder mouse models

https://t.co/RPDE6e2EA7

[Xin Jin, PhD @xinjin]

@LabNowakowski 🌟 Outstanding speakers & pls help us RT: Joseph Gleeson @jogleeson_ucsd, Anca M Pasca @BrainTherapies, Thomas Bourgeron, Yukiko Gotoh, Sila Ultanir @SilaUltanir, Guillermina López-Bendito @GLB_Lab, Hyejung Won @hyejung_won, Paola Arlotta @ArlottaLab +

[Joseph G. Gleeson @jogleeson_ucsd]

@julietkknowles @StanfordMed @McKnightFdn @LGS_Foundation @TracyDixonSalaz

[Joseph G. Gleeson @jogleeson_ucsd]

I’m excited to attend the @McKnightFdn Neuroscience Mtg in Aspen CO today with so many neuroscience luminaries! I’m honored to serve on the NBD review panel, highlighting disease-relevant research.

[Joseph G. Gleeson @jogleeson_ucsd]

Amazing talk by @julietkknowles @StanfordMed on pediatric epilepsy at 2026 @McKnightFdn Neuroscience mtg. On myelin plasticity in epilepsy. Honors Savanna’s journey and mom Tracy Dixon Salazar, PhD CEO of @LGS_Foundation.

[n-Lorem Foundation @n_lorem]

Announcing a partnership with @Servier! Through our expertise pioneering ASO technology and Servier’s R&D ability, this effort enables us to help more patients and support Servier’s initiative to develop innovative treatments for people living with rare neurological diseases.

[Joseph G. Gleeson @jogleeson_ucsd]

I’m excited to present “Insights into Genetic Pediatric Brain Disease” at the annual @sbpdiscovery Faculty Retreat tomorrow! @SanjeevRanade @KevinYipLab

[Bain Brain Lab @BainBrainLab]

It is a pleasure to collaborate with n-Lorem Foundation for treating ultra rare genetic disorders. Our lab is now treating 12 of the first 50 patients (WOW!!!) with custom ASOs in the clinic and our queue is growing.

https://t.co/FOejvWKMNX

https://t.co/yHFg2JWNu2

[Joseph G. Gleeson @jogleeson_ucsd]

Long-read genome sequencing improves detection and functional interpretation of structural and repeat variants in autism: Cell Genomics https://t.co/ZH8Bq1QIZg

[Joseph G. Gleeson @jogleeson_ucsd]

@CellCellPress So cool, congrats!!

[ISDN 2027 Conference @ISDNConference]

📢 Announcing the #ISDN2027 invited speakers in the symposium on #translational avenues of early-onset #neurodevelopmental disorders.

@jogleeson_ucsd - @UCSDHealth / @radychildrens
@mbhavana10 - @DBT_inStem
Charles Newton - @UniofOxford / @KEMRI_Wellcome
@roy_achira - @jncasr

[Joseph G. Gleeson @jogleeson_ucsd]

Excited to welcome Prof Sam Tsimikas @Lpa_Doc from @ionispharma @UCSD @UCSDHealth to @IgmUcsd seminar this week on new therapy for #ApoCIII and #Lp(a) lipid genetic disorders.

[Jonathan Sebat @sebatlab]

I'm pleased to share our latest preprint: Combinatorial effects of gene dosage, polygenic background and environment on complex traits 🧵https://t.co/KBpAJXm6nn

[Xiaoxu Yang @shishenyxx]

Unlocking Secrets of Human Development: How Early Nerve Cell Choices Shape the Peripheral Nervous System https://t.co/Si6vaUpmrP

[Joseph G. Gleeson @jogleeson_ucsd]

Unlocking Secrets of Human Development: How Early Cell Choices Shape the Nervous System https://t.co/vVOL9Js1Ia

[Xiaoxu Yang @shishenyxx]

@jogleeson_ucsd @HarryKiv @MelanieDWhite Intro video on YouTube https://t.co/7UwLmxeewF

[Joseph G. Gleeson @jogleeson_ucsd]

Pls check our brief YouTube about our recent pub ‘Developmental organization of sensory and sympathetic ganglia’. https://t.co/akBQmZVNO2

[Waggoner Lab @LabWaggoner]

Neural crest fate bias predominantly emerges within the neural tube, with only a minor subset of delaminated progenitors retaining multipotency to generate both sensory and sympathetic derivatives @Nature @jogleeson_ucsd @HarryKiv @shishenyxx
https://t.co/yAC7CTXRRp

[Joseph G. Gleeson @jogleeson_ucsd]

@Nature @HarryKiv https://t.co/dlM2RE9dzZ

[Joseph G. Gleeson @jogleeson_ucsd]

https://t.co/qejnqpvp9z